Industrial Engineer Jobs at Ashley Furniture Industries with Visa Sponsorship
Ashley Furniture Industries hires Industrial Engineers across its large-scale manufacturing and distribution operations, with roles focused on process optimization, lean manufacturing, and facility efficiency. The company has a track record of sponsoring work visas for qualified Industrial Engineers, making it a viable target for international candidates with manufacturing engineering backgrounds.
See All Industrial Engineer at Ashley Furniture Industries JobsOverview
Showing 5 of 51+ Industrial Engineer Jobs at Ashley Furniture Industries jobs
Have you applied for this role?
Have you applied for this role?
Have you applied for this role?
Have you applied for this role?
Have you applied for this role?
See all 51+ Industrial Engineer Jobs at Ashley Furniture Industries
Sign up for free to unlock all listings, filter by visa type, and get alerts for new Industrial Engineer Jobs at Ashley Furniture Industries.
Get Access To All JobsINTRODUCTION
The OT Developer – Industrial Controls & Smart Integration is responsible for designing, modifying, standardizing, and sustaining PLC-based machine control systems while extending operational technology (OT) data into enterprise IoT and manufacturing platforms.
This role serves as the critical bridge between machine control logic and enterprise data architecture. The OT Developer operates directly within PLC programs, HMI systems, robotics integrations, and industrial networks while also enabling structured real-time data flow to the Execution Operations Platform (EOP), MES, ERP systems, robotics execution systems, and Control Tower deployments.
In addition to controls development, this role establishes and enforces standardized OT development processes, including PLC code version control, centralized repositories, structured release workflows, and change traceability. The OT Developer ensures machine logic is versioned, auditable, recoverable, and scalable across multiple facilities.
This is a plant-facing, startup-critical engineering role requiring deep controls expertise, commissioning experience, and enterprise discipline.
KEY RESPONSIBILITIES
1. PLC & Controls Engineering
- Develop, modify, and optimize PLC programs for production equipment
- Configure and support HMI systems and operator interfaces
- Design structured machine state logic (Run, Fault, Idle, Changeover, Maintenance)
- Validate safety interlocks and machine protection logic
- Support motion systems, robotics, and automated packaging controls
- Troubleshoot electrical and PLC-level faults during live production
- Improve machine reliability and reduce recurring downtime
2. Industrial Network & OT Architecture
- Configure and maintain industrial Ethernet/IP networks
- Ensure stable communication between PLCs, robotics, vision systems, and edge devices
- Harden OT network reliability and fault tolerance
- Document and standardize control architecture across facilities
- Support cybersecurity alignment between OT and IT environments
3. Smart Factory & IoT Enablement
- Expose structured machine data via OPC-UA, MQTT, and secure protocols
- Design tag structures aligned with enterprise data models
- Collaborate with IoT Developers to ensure scalable data pipelines
- Enable real-time production, scrap, yield, and downtime capture
- Support material tracking technologies (RFID, barcode, serialization, vision systems)
- Ensure enterprise systems receive consistent, structured machine-state data
4. Commissioning & Deployment Execution
- Participate in Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT)
- Validate PLC and integration reliability prior to production go-live
- Support machine startups during compressed installation windows
- Work directly with automation vendors, controls engineers, and plant maintenance teams
- Approve production-readiness of machine logic before handoff
- Scale validated integrations across additional facilities
5. OT Code Governance & Repository Management
- Establish enterprise standards for PLC and HMI code versioning
- Implement and maintain centralized source control repositories for OT programs
- Define branching strategy (development, testing, production, hotfix)
- Enforce structured release and rollback procedures
- Maintain historical code traceability and change logs
- Ensure all production deployments are version-tagged and documented
- Align OT code governance with enterprise DevOps principles where appropriate
- Reduce technical debt across legacy machine integrations
- Prevent uncontrolled logic changes in production environments
6. Development Process & Standardization
- Establish PLC naming conventions and tag standards
- Standardize machine state modeling across plants
- Develop reusable PLC function blocks and structured templates
- Create documentation standards for machine architecture
- Define formal change management workflows for controls updates
- Support disaster recovery and backup procedures for all production PLC programs
- Conduct periodic code audits to ensure compliance with standards
- Drive consistency across multi-site deployments
7. Operational Stability & Continuous Improvement
- Diagnose systemic machine faults and downtime trends
- Improve machine observability and fault categorization
- Strengthen integration reliability between controls and enterprise systems
- Reduce startup delays through pre-validation and structured testing
- Improve maintainability and long-term scalability of control systems
INTRODUCTION
The OT Developer – Industrial Controls & Smart Integration is responsible for designing, modifying, standardizing, and sustaining PLC-based machine control systems while extending operational technology (OT) data into enterprise IoT and manufacturing platforms.
This role serves as the critical bridge between machine control logic and enterprise data architecture. The OT Developer operates directly within PLC programs, HMI systems, robotics integrations, and industrial networks while also enabling structured real-time data flow to the Execution Operations Platform (EOP), MES, ERP systems, robotics execution systems, and Control Tower deployments.
In addition to controls development, this role establishes and enforces standardized OT development processes, including PLC code version control, centralized repositories, structured release workflows, and change traceability. The OT Developer ensures machine logic is versioned, auditable, recoverable, and scalable across multiple facilities.
This is a plant-facing, startup-critical engineering role requiring deep controls expertise, commissioning experience, and enterprise discipline.
KEY RESPONSIBILITIES
1. PLC & Controls Engineering
- Develop, modify, and optimize PLC programs for production equipment
- Configure and support HMI systems and operator interfaces
- Design structured machine state logic (Run, Fault, Idle, Changeover, Maintenance)
- Validate safety interlocks and machine protection logic
- Support motion systems, robotics, and automated packaging controls
- Troubleshoot electrical and PLC-level faults during live production
- Improve machine reliability and reduce recurring downtime
2. Industrial Network & OT Architecture
- Configure and maintain industrial Ethernet/IP networks
- Ensure stable communication between PLCs, robotics, vision systems, and edge devices
- Harden OT network reliability and fault tolerance
- Document and standardize control architecture across facilities
- Support cybersecurity alignment between OT and IT environments
3. Smart Factory & IoT Enablement
- Expose structured machine data via OPC-UA, MQTT, and secure protocols
- Design tag structures aligned with enterprise data models
- Collaborate with IoT Developers to ensure scalable data pipelines
- Enable real-time production, scrap, yield, and downtime capture
- Support material tracking technologies (RFID, barcode, serialization, vision systems)
- Ensure enterprise systems receive consistent, structured machine-state data
4. Commissioning & Deployment Execution
- Participate in Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT)
- Validate PLC and integration reliability prior to production go-live
- Support machine startups during compressed installation windows
- Work directly with automation vendors, controls engineers, and plant maintenance teams
- Approve production-readiness of machine logic before handoff
- Scale validated integrations across additional facilities
5. OT Code Governance & Repository Management
- Establish enterprise standards for PLC and HMI code versioning
- Implement and maintain centralized source control repositories for OT programs
- Define branching strategy (development, testing, production, hotfix)
- Enforce structured release and rollback procedures
- Maintain historical code traceability and change logs
- Ensure all production deployments are version-tagged and documented
- Align OT code governance with enterprise DevOps principles where appropriate
- Reduce technical debt across legacy machine integrations
- Prevent uncontrolled logic changes in production environments
6. Development Process & Standardization
- Establish PLC naming conventions and tag standards
- Standardize machine state modeling across plants
- Develop reusable PLC function blocks and structured templates
- Create documentation standards for machine architecture
- Define formal change management workflows for controls updates
- Support disaster recovery and backup procedures for all production PLC programs
- Conduct periodic code audits to ensure compliance with standards
- Drive consistency across multi-site deployments
7. Operational Stability & Continuous Improvement
- Diagnose systemic machine faults and downtime trends
- Improve machine observability and fault categorization
- Strengthen integration reliability between controls and enterprise systems
- Reduce startup delays through pre-validation and structured testing
- Improve maintainability and long-term scalability of control systems
See all 51+ Industrial Engineer at Ashley Furniture Industries jobs
Sign up for free to unlock all listings, filter by visa type, and get alerts for new Industrial Engineer at Ashley Furniture Industries roles.
Get Access To All JobsTips for Finding Industrial Engineer Jobs at Ashley Furniture Industries Jobs
Frame your resume around lean manufacturing
Ashley Furniture operates high-volume production facilities where lean methodologies drive hiring decisions. Highlight specific experience with time studies, line balancing, or waste reduction projects rather than listing general IE skills.
Target plant-based roles over corporate postings
Ashley's Industrial Engineer openings are concentrated at manufacturing and distribution facilities rather than headquarters. Applying directly to plant-site postings positions you where sponsorship decisions are made and operational needs are most immediate.
Confirm your degree meets specialty occupation requirements
USCIS requires a directly related bachelor's degree for H-1B specialty occupation approval. An Industrial Engineering or closely related engineering degree strengthens your petition considerably compared to adjacent fields like business or supply chain.
Understand Ashley's LCA filing timeline before accepting an offer
Your employer must file a certified Labor Condition Application with DOL before submitting your H-1B petition. Ask your recruiter early whether an immigration attorney is already engaged, since LCA certification typically takes one to two weeks.
Search open Industrial Engineer roles on Migrate Mate
Browse Ashley Furniture's current Industrial Engineer openings on Migrate Mate, which filters for visa-sponsoring employers so you can focus your applications on companies with a real sponsorship history in manufacturing.
Prepare credential documentation before your offer stage
Have official transcripts, degree equivalency evaluations if your credential is from outside the U.S., and professional references from manufacturing roles ready before you reach the offer stage. Delays in gathering these documents can push back your H-1B filing window.
Industrial Engineer at Ashley Furniture Industries jobs are hiring across the US. Find yours.
Find Industrial Engineer at Ashley Furniture Industries JobsFrequently Asked Questions
Does Ashley Furniture Industries sponsor H-1B visas for Industrial Engineers?
Yes, Ashley Furniture Industries sponsors H-1B visas for Industrial Engineers. The company has an active pattern of filing H-1B petitions for engineering roles tied to its manufacturing and distribution operations. Because Ashley operates large production facilities with ongoing process improvement needs, Industrial Engineering is one of the functions where sponsorship is more consistently available compared to many other employers in the furniture manufacturing sector.
How do I apply for Industrial Engineer jobs at Ashley Furniture Industries?
You can apply directly through Ashley Furniture's careers portal or browse current openings filtered by visa sponsorship on Migrate Mate. When applying, tailor your application to highlight manufacturing-specific IE skills such as capacity planning, ergonomics, or facility layout design. Roles are posted across multiple plant and distribution center locations, so check listings for specific sites rather than limiting your search to a single location.
Which visa types does Ashley Furniture Industries use for Industrial Engineer sponsorship?
Ashley Furniture sponsors both H-1B nonimmigrant visas and employment-based Green Card categories including EB-2 and EB-3 for Industrial Engineers. The H-1B is the most common starting point for international hires entering the U.S. workforce. For longer-term employees, Ashley has a track record of supporting PERM labor certification filings, which is the first step toward an employer-sponsored Green Card through the EB-2 or EB-3 pathway.
What qualifications does Ashley Furniture look for in Industrial Engineer candidates?
Ashley Furniture typically requires a bachelor's degree in Industrial Engineering or a closely related engineering discipline. Practical experience with lean manufacturing, Six Sigma, AutoCAD-based facility layout, and time-and-motion studies is strongly preferred. Candidates who have worked in high-volume manufacturing environments, particularly furniture, wood products, or consumer goods, tend to align well with Ashley's operational demands and move faster through the hiring process.
How long does the H-1B sponsorship process take for an Ashley Furniture Industrial Engineer role?
From offer acceptance to having work authorization, the standard H-1B timeline runs roughly six to twelve months when accounting for the annual cap lottery in March and an October 1 start date. Your employer files the Labor Condition Application with DOL first, which takes one to two weeks, followed by the USCIS petition. If Ashley files with premium processing, USCIS adjudicates within 15 business days. Plan your transition timeline around the April filing window if you're subject to the cap.
See which Industrial Engineer at Ashley Furniture Industries employers are hiring and sponsoring visas right now.
Search Industrial Engineer at Ashley Furniture Industries Jobs